总结。矫形治疗的效果很大程度上取决于制造假牙所使用的基本塑料的性能。本研究的目的是研究丙烯酸塑料“foraks”和“Villacryl H Plus”,通过不同的方法进行聚合,对主要血液学参数的影响。材料与方法。研究了不同聚合方式的牙基丙烯酸塑料“Ftoraks”和“Villacryl H Plus”对白色远交种大鼠牙周组织植入样品的主要血液学指标可能产生的毒性影响,并进行了比较表征。结果和讨论。研究结果发现,与对照组和其他各组动物相比,以“水浴”方法植入上述丙烯酸塑料样品的动物血液中血红蛋白和白细胞减少,带状和节段核中性粒细胞数量增加,嗜酸性粒细胞数量增加,嗜碱性粒细胞减少。在对压力下干聚合装置和塑料成型装置中聚合的样品的研究中,发现主要血液学参数含量的波动在生理规范范围内,与对照组没有显着差异。Сonclusions。牙用碱性丙烯酸塑料“Ftoraks”和“Villacryl H Plus”的聚合是用加压干聚合的方法进行的,并在铸造压塑装置中对血液的血液学参数产生较小的毒性影响。
Аnalysis of the influence of basic acrylic plastics "Ftoraks" and "Villacryl H Plus" on the main hematological parameters in the experiment
Summary. The effectiveness of orthopedic treatment significantly depends on the properties of the basic plastics used in the manufacture of dentures.
The aim of the study – to study the effect of acrylic plastics "Ftoraks" and "Villacryl H Plus", the polymerization of which was carried out by different methods, on the main hematological parameters.
Materials and Methods. The study and comparative characterization of the possible toxic effects of dental base acrylic plastics "Ftoraks" and "Villacryl H Plus", which were polymerized by different methods, on the main hematological parameters were performed on white outbred rats, which implanted samples of these materials in periodontal tissue.
Results and Discussion. As a result of the study, it was found that animals implanted with samples of the above acrylic plastics polymerized in a "water bath" methodic in the blood had a decrease of hemoglobin, leukocytosis, increased number of band and segment nuclear neutrophils, increase in the number of eosinophils and decrease of basophils in comparison with the control and other groups of animals. In the study of samples polymerized in the apparatus for dry polymerization under pressure and in the apparatus for molding plastics, it was found that fluctuations in the content of the main hematological parameters are within the physiological norm and do not differ significantly from the control.
Сonclusions. Dental basic acrylic plastics "Ftoraks" and "Villacryl H Plus" polymerization of which was carried out by the method of dry polymerization with pressure and in the apparatus for foundry pressing of plastics cause less toxic effects on hematological parameters of the blood.